static Core()
{
Inputs = new InputCollection ();
CurrentCulture = CultureInfo.CurrentCulture;
FixedUpdateTimeStep = TimeSpan.FromSeconds ( 1.0f / 60 );
FixedDrawTimeStep = TimeSpan.FromSeconds ( 1.0f / 60 );
}
public QueriesCore(string instance, bool distinctNeeded)
{
// TODO: Complete member initialization
this._distinctNeeded = distinctNeeded;
_cepServer = Server.Create(instance);
_cepApplication = _cepServer.CreateApplication("Monitor");
_pingSource = new InputCollection<PageRequest>();
_pingSourceGathering = new InputCollection<PageRequest>();
_pingInputStream = _pingSource.ToPointStream(
_cepApplication,
s => PointEvent.CreateInsert(DateTime.UtcNow, s),
AdvanceTimeSettings.IncreasingStartTime,
"PagePingStream");
_pingInputStreamGathering = _pingSourceGathering.ToPointStream(
_cepApplication,
s => PointEvent.CreateInsert(DateTime.UtcNow, s),
AdvanceTimeSettings.IncreasingStartTime,
"PagePingStream");
}
//This takes care of moving the player
public void move(InputCollection col)
{
//rotate player arms
if(playerArms != null)
{
float armRot = playerArms.localRotation.eulerAngles.x - col.turnUp;
if(!((armRot <= 60 && armRot >= -5) || (armRot >= 270 && armRot <= 365)))
{
col.turnUp = 0.0f;
}
playerArms.Rotate(new Vector3(-col.turnUp,0,0));
}
Vector3 playerMotion = new Vector3(col.straff, 0, col.forward) * playerStats.speed;//transform.TransformDirection(new Vector3(col.straff, 0, col.forward)) * playerStats.speed;//inial player speed
//Gravity isn't always down. We cannot trust unitys built in "grounded" function, instead we use its "raycast" function to see what is below us.
if(col.jump)
{
if(Physics.Raycast(transform.position, -transform.up, 1.0f))
{
playerMotion += playerStats.jump * Vector3.up;//objectStats.unitOppGrav; //JUMP IS NOT RELATIVE TO PLAYER
}
// var toRotateLine = Quaternion.FromToRotation(objectStats.unitOppGrav, objectStats.normalOfLastHit);
// playerMotion = toRotateLine * playerMotion;
}
//Moves the player according to the input
move(playerMotion, Quaternion.Euler(0,col.turnRight,0));
}
public XnaMenu(string alias, InputCollection inputs, List <XnaMenuItem> xnaMenuItems)
: this(alias, inputs)
{
XnaItems.AddRange(xnaMenuItems);
}
public XnaMenu(string alias, InputCollection inputs)
: base(alias)
{
Inputs = inputs;
}
public virtual void InitializeInputs()
{
keyMapCollections = GetDefaultControls();
inputManager = new InputManager(this.name, keyMapCollections);
}
public void Setup()
{
canPlay = true;
stateMachine = new StateMachine(StateCollection.FromEnum <States>(), InputCollection.FromEnum <Input>(), new DictionaryStateTransitionTable(), States.Begin.ToString());
stateMachine.Define(new BinaryTransition(States.Begin.ToString(), Input.Play.ToString(), States.Playing.ToString(), States.End.ToString(), () =>
{
if (canPlay)
{
return(new BinaryTransitionResult(BinaryChoice.Left, "Started Playing"));
}
else
{
return(new BinaryTransitionResult(BinaryChoice.Right, "Could not start playing"));
}
}, "Start Playing"));
stateMachine.Define(new InvalidTransition(States.Begin.ToString(), Input.Pause.ToString(), "Must be Playing to Pause"));
stateMachine.Define(new UnaryTransition(States.Begin.ToString(), Input.Stop.ToString(), States.End.ToString(), () =>
{
return(new UnaryTransitionResult("Stopped"));
}, "Stop before playing"));
stateMachine.Define(new UnaryTransition(States.Playing.ToString(), Input.Play.ToString(), States.Playing.ToString(), () =>
{
return(new UnaryTransitionResult("Kept playing"));
}, "Already Playing"));
stateMachine.Define(new UnaryTransition(States.Playing.ToString(), Input.Pause.ToString(), States.Paused.ToString(), () =>
{
return(new UnaryTransitionResult("Paused playback"));
}, "Already Playing"));
stateMachine.Define(new UnaryTransition(States.Playing.ToString(), Input.Stop.ToString(), States.End.ToString(), () =>
{
return(new UnaryTransitionResult("Stopped"));
}, "Stopped"));
stateMachine.Define(new BinaryTransition(States.Paused.ToString(), Input.Play.ToString(), States.Playing.ToString(), States.End.ToString(), () =>
{
if (canPlay)
{
return(new BinaryTransitionResult(BinaryChoice.Left, "Resumed Playback"));
}
else
{
return(new BinaryTransitionResult(BinaryChoice.Right, "Could not Resumed Playback"));
}
}, "Resume Playback"));
stateMachine.Define(new UnaryTransition(States.Paused.ToString(), Input.Pause.ToString(), States.Paused.ToString(), () =>
{
return(new UnaryTransitionResult("Already Paused"));
}, "Already Paused"));
stateMachine.Define(new UnaryTransition(States.Paused.ToString(), Input.Stop.ToString(), States.End.ToString(), () =>
{
return(new UnaryTransitionResult("Stopped"));
}, "Stopped"));
stateMachine.Define(new InvalidTransition(States.End.ToString(), Input.Play.ToString(), "Cannot play from end state"));
stateMachine.Define(new InvalidTransition(States.End.ToString(), Input.Pause.ToString(), "Cannot pause from end state"));
stateMachine.Define(new InvalidTransition(States.End.ToString(), Input.Stop.ToString(), "Cannot stop from end state"));
}
